Updated pipfile dependencies

README.md

@@ -143,9 +143,10 @@ profiles:
   # Sample nVidia transcode setup
   #
 
-  hevc_hd_preserved:          # profile name
+  hevc_cuda:                  # profile name
       input_options: |        # ffmpeg input options
         -hwaccel cuvid        # REQUIRED for CUDA
+        -c:v h264_cuvid       # hardware decoding too
       output_options: |       # ffmpeg output options
         -c:v hevc_nvenc       # REQUIRED for CUDA
         -profile:v main
@@ -174,7 +175,7 @@ profiles:
 | threshold        | optional. If provided this number represents a minimum percentage compression savings for the encoded media. If it does not meet this threshold the transcoded file is discarded, source file remains as-is, and the source job marked as complete. This is useful if a particular file doesn't compress much and you would rather just keep the original. |
 | threshold_check  | optional. If provided this is the percent done to start checking if the threshold is being met. Default is 100% (when media is finished). Use this to have threshold checks done earlier to stop a long-running transcode if not producing expected compression (threshold).
 
-> CPU Note: When transcoding from h264 on an Intel chip, _ffmpeg_ will use detected extensions to basically perform hardware decoding for you. So if you configured hardware encoding you'll see low CPU use. On AMD there is no chip assistance on decoding.  So even if hardware encoding, the decoding process will load down your CPU. To fix this simply enable hardware decoding as an **input option**.
+> CPU Note: When transcoding from h264 on an Intel I5/I7 6th+ gen chip, _ffmpeg_ will use detected extensions to basically perform hardware decoding for you. So if you configured hardware encoding you'll see low CPU use. On AMD there is no chip assistance on decoding.  So even if hardware encoding, the decoding process will load down your CPU. To fix this simply enable hardware decoding as an **input option**.
 
 #### rules - simple profile matching rules
 

setup.py

@@ -24,7 +24,7 @@
     long_description_content_type = 'text/markdown',
     extras_require={'with_plexapi': ['plexapi>=3.1.0']},
     url='https://github.com/mlsmithjr/transcoder',
-    data_files=[('share/doc/pytranscoder', ['README.md', 'Cluster.md', 'transcode.yml'])],
+    data_files=[('share/doc/pytranscoder', ['README.md', 'Cluster.md', 'transcode.yml', 'simple.yml'])],
     packages=['pytranscoder'],
     install_requires=['pyyaml', 'crayons'],
     entry_points={"console_scripts": ["pytranscoder=pytranscoder.transcode:main"]},

simple.yml

@@ -10,6 +10,7 @@
 config:
   default_queue_file: '/tmp/fileoffiles.txt'
   ffmpeg:             '/usr/bin/ffmpeg'
+  colorize: yes
 
 ##
 # profile definitions.  You can model all your transcoding combinations here.
@@ -41,29 +42,29 @@ profiles:
 rules:
   'skip video if already encoded in hevc/h265':
       profile: SKIP
-      rules:
+      criteria:
         vcodec: 'hevc'
 
   'skip video if resolution < 700':
       profile: SKIP
-      rules:
+      criteria:
         res_height: '<700'
 
   'content just too big':
       profile: hevc_cuda
-      rules:
+      criteria:
         runtime:      '>90'     # more than 90 minutes
         filesize_mb:  '>4000'   # ..and larger than 4 gigabytes
 
   'small enough already':       # skip if <2.5g size and higher than 720p and between 30 and 64 minutes long.
       profile: SKIP             # transcoding these will probably cause a noticeable quality loss so skip.
-      rules:
+      criteria:
         filesize_mb: '<2500'    # less than 2.5 gigabytes
         res_height: '720-1081'  # 1080p, allowing for random oddball resolutions still in the HD range
         runtime:  '30-65'       # between 30 and 65 minutes long
 
   'default':                    # this will be the DEFAULT (no criteria implies a match)
       profile: h264
-      rules:
+      criteria:
         vcodec: '!hevc'